X40426V14I

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• X40426V14I Application Field and Working Principle

X40426V14I is a type of PMIC (Power Management Integrated Circuit) Supervisors developed by NXP (formerly Philips Semiconductors). It is a single-channel system-level supervisor that is designed to provide construction supervisors with an integrated solution to manage system-level tasks and to help them maintain optimum performance and operational efficiency.

The X40426V14I is designed to control system-level power management operations and provide innovative features such as monitoring and reporting system temperature, current, voltage, and resetting under- and over-voltage conditions. In addition, it features programmable watchdog timer protection and allows users to set the resetting time intervals for system resetting under specified conditions.

The X40426V14I has a wide range of application fields that extend from industrial industrial automation to automotive and consumer electronics industries. It is a versatile solution for controlling system-level operations, as well as providing reliable power management solutions. It has been designed with low quiescent current and high operating efficiency that enable it to fulfill the complex power management requirements of various application fields.

The X40426V14I has a built-in overvoltage protection module integrated into the die, which is known as OVPA (OVP-Assisted). This advanced feature helps in monitoring and resetting system parameters like voltage and current, to ensure proper power delivery to various load requirements. It also has a CDS (Current Drain Protection) that is used to monitor system current levels and provide additional power management backup.

The device\'s working principle revolves around a PWM (Power Management Unit) that is responsible for controlling and monitoring power supply levels. It has an advanced system monitoring architecture that comprises of integrated logic, analog signal processing, and a real-time interrupt controller that helps in monitoring and controlling system parameters, providing greater system flexibility and improved system efficiency.

The X40426V14I also features an auto-reset feature that allows for resetting the system parameters either manually or automatically. It has a high accuracy RTC (Real-Time Clock) and a power saving low current standby mode. Moreover, the supervisor’s simple pin assignments, logic diagram, and intuitive graphical user interface make system set-up and configuration easier.

The X40426V14I is an efficient and reliable solution that instructors and construction supervisors can use to manage and regulate power delivery in various applications. The device’s superior flexibility, high accuracy, and low current operation make it an ideal choice for various applications. With its easy setup, versatile operational features, and high accuracy, it is the perfect solution for construction supervisors.

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